CN108631703A - Upright bar for photovoltaic device built on stilts installation - Google Patents
Upright bar for photovoltaic device built on stilts installation Download PDFInfo
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- CN108631703A CN108631703A CN201810398654.2A CN201810398654A CN108631703A CN 108631703 A CN108631703 A CN 108631703A CN 201810398654 A CN201810398654 A CN 201810398654A CN 108631703 A CN108631703 A CN 108631703A
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- upright bar
- drag
- pressure plate
- line
- bar ontology
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- 238000009434 installation Methods 0.000 title claims abstract description 18
- 241000272165 Charadriidae Species 0.000 title claims abstract description 17
- 230000007423 decrease Effects 0.000 claims description 2
- 238000005516 engineering process Methods 0.000 description 3
- 230000006978 adaptation Effects 0.000 description 2
- 210000002421 cell wall Anatomy 0.000 description 2
- 230000006835 compression Effects 0.000 description 2
- 238000007906 compression Methods 0.000 description 2
- 238000010586 diagram Methods 0.000 description 2
- 230000000694 effects Effects 0.000 description 2
- 238000005457 optimization Methods 0.000 description 2
- 230000001932 seasonal effect Effects 0.000 description 2
- 210000004027 cell Anatomy 0.000 description 1
- 238000006243 chemical reaction Methods 0.000 description 1
- 238000007599 discharging Methods 0.000 description 1
- 238000010248 power generation Methods 0.000 description 1
- 230000005855 radiation Effects 0.000 description 1
- 230000002040 relaxant effect Effects 0.000 description 1
- 230000000630 rising effect Effects 0.000 description 1
- 238000007665 sagging Methods 0.000 description 1
- 239000004065 semiconductor Substances 0.000 description 1
Classifications
-
- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02S—GENERATION OF ELECTRIC POWER BY CONVERSION OF INFRARED RADIATION, VISIBLE LIGHT OR ULTRAVIOLET LIGHT, e.g. USING PHOTOVOLTAIC [PV] MODULES
- H02S20/00—Supporting structures for PV modules
- H02S20/30—Supporting structures being movable or adjustable, e.g. for angle adjustment
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/50—Photovoltaic [PV] energy
Abstract
The invention discloses a kind of upright bars for photovoltaic device built on stilts installation, including upright bar ontology, it further include pressure plate, it is provided with centre bore on the pressure plate, further include that and the gap width between pressure plate and upright bar ontology can control with upper connector for realizing the connector connected between pressure plate and upright bar ontology；After the connection for completing both pressure plate and upright bar ontology, one of described centre bore aperture is located at the inside of pressure plate, and another aperture is located at the outside of pressure plate；The connector is multiple, and multiple connectors are circular layout around centre bore, and by operating the connector, may make the of different size of the gap different direction.This upright bar is for setting up the lateral drag-line for being used to support photovoltaic panel, the structure design of this upright bar can be loaded on the lateral drag-line between two upright bars, facilitates the length of lateral drag-line between adjusting two upright bars to achieve the purpose that adjust photovoltaic panel setting angle.
Description
Technical field
The present invention relates to technical field of photovoltaic power generation, more particularly to a kind of upright bar for photovoltaic device built on stilts installation.
Background technology
Photovoltaic generation is a kind of skill that luminous energy is directly translated into electric energy using the photovoltaic effect of interface
Art.Solar photovoltaic generation system is the photovoltaic effect using solar cell semi-conducting material, and solar radiation energy is directly turned
It is changed to a kind of new power generating system of electric energy, core is solar photovoltaic assembly, and photovoltaic module generally comprises polylith photovoltaic panel.
In the prior art, polylith photovoltaic panel is generally arranged in array by solar photovoltaic generation system, and makes solar energy
Photovoltaic panel faces the sun for a long time as far as possible, to enhance its absorptivity and photoelectric conversion efficiency.Existing photovoltaic panel flexible support
In frame, the support configurations of solar energy photovoltaic panel are generally formed by more wireropes, this structural stability is poor, to be promoted
Structural stability, to ensure the mounted angle of photovoltaic panel as far as possible, those skilled in the art have done many effort in the prior art,
As shown in the technical solution provided application No. is CN201610513375.7.It advanced optimizes and supports for solar energy photovoltaic panel
Supporting structure is those skilled in the art institute to promote self structure stability to ensure the mounted angle of photovoltaic panel as far as possible
Technical problem urgently to be resolved hurrily.
Invention content
The supporting structure supported for solar energy photovoltaic panel is advanced optimized for set forth above, to promote self structure
Stability is asking for those skilled in the art's technical problem urgently to be resolved hurrily to ensure the mounted angle of photovoltaic panel as far as possible
Topic, the present invention provides a kind of upright bar for photovoltaic device built on stilts installation, this upright bar is used to support photovoltaic panel for setting up
The structure design of lateral drag-line, this upright bar can be loaded on the lateral drag-line between two upright bars, facilitates adjusting two
The length of lateral drag-line is to achieve the purpose that adjust photovoltaic panel setting angle between root upright bar.
For the upright bar of photovoltaic device built on stilts installation, including upright bar ontology, further include be connected with upright bar this body side surface or with
Upright bar body top surface connected pressure plate is provided with centre bore on the pressure plate, further includes for realizing pressure plate and upright bar
The connector connected between ontology, and the gap width between pressure plate and upright bar ontology can control with upper connector；
After the connection for completing both pressure plate and upright bar ontology, one of described centre bore aperture is located at pressure plate
Inside, another aperture is located at the outside of pressure plate；
The connector is multiple, and multiple connectors are circular layout around centre bore, and by operating the connector, can
So that the gap different direction is of different size.
The upright bar that this programme provides when in use, by the way that the lower end of more upright bars to be fixed in earth's surface, can be stood at more
Lateral drag-line is set up between bar, the above transverse direction drag-line is provided by lateral drag-line for photovoltaic device for installing photovoltaic device
Mounting surface.
This programme, the gap between pressure plate and upright bar ontology are the position in upright bar for installing lateral drag-line：
Connector is realized to the clamping of lateral drag-line or is lost during realizing the above gap width adjustment by adjusting connector
Constraint.
When being located at the upright bar in more upright bar centre positions during the upright bar that this programme provides is as more upright bars, due to existing
Single transverse direction drag-line is generally longer in technology, and one end is fixed in more upright bars in the wherein upright bar of one end, then successively
The other end is connected in the upright bar of the more upright bar other ends after being connect with upright bar in an intermediate position.For centrally located
Upright bar, in the prior art generally in upright bar setting as realized that lateral drag-line and the fixed of upright bar connect for the fixture of U-shaped card hoop
It connects, or the hole that setting is passed through for lateral drag-line only in upright bar, is passed through in lateral drag-line and the hole.
The technical solution that lateral drag-line constraint is completed for arrangement above fixture and providing holes, in lateral drag-line because of weather
Variation occurs after stretching, can not be between two upright bars under lateral drag-line progress especially in the case where carrying photovoltaic device
Sag is easily adjusted to correct the mounted angle of photovoltaic device.
When in use, lateral drag-line is held in the gap this programme, and the local rope section of lateral drag-line is by center
The Inside To Outside in hole is drawn, and to obtain a drag-line section annular in shape on the outside of pressure plate, then by operating connector, is made
The lateral Cable Duan Jun for obtaining drag-line section both sides is held in the gap and two rope sections are located at the different direction of centre bore.This
Sample, the above length by the drag-line section drawn in centre bore can be used for adapting to：According to this upright bar institute's use environment and corresponding two
The length of lateral drag-line between upright bar, the maximum collapse amount of the drag-line lateral in cold environments of anticipation, and in lateral drag-line because
It, also can be by operating tune of the drag-line section realization to upright bar both sides transverse direction drag-line suspended length when thermally expanding and extending
It is whole：After season difference or seasonal variations, when lateral drag-line expands with heat and contract with cold influence photovoltaic device mounted angle, sled is utilized
The tool that rod etc. can play leverage is inserted into the drag-line section to facilitate as change drag-line segment length or stablize the length
Applied force is spent, such as needs to be adjusted lateral guy cable length hanging on the left of drag-line section, then by adjusting influence drag-line Duan Zuo
The connector of side clearance width so that pressure plate reduces lateral Cable section chucking power previously clamped on the left of drag-line section,
Crowbar is then operated again so that the rope section on the left of drag-line section is brought out centre bore and increases the length of drag-line section or make previously
Drag-line section is discharged to the left to shorten the length of drag-line section, after increasing drag-line segment length, corresponding hanging lateral Cable section
Length reduces, and after reducing drag-line segment length, corresponding hanging lateral Cable segment length increases, after completing above-mentioned adjustment, then
By adjusting connector so that the lateral Cable Duan Jun of new drag-line section both sides is clamped in the gap, at this point, reaching
The purpose of adjustment photovoltaic device mounted angle.As those skilled in the art, provide only above a kind of this upright bar of operation with
The concrete scheme for realizing lateral drag-line suspended length adjustment is located at needing the hanging section of lateral drag-line adjusted on the right side of drag-line section
When, lateral Cable section clamped on the right side of drag-line section is relaxed before adjustment；I.e. according to specific adjustment needs, may make
The hanging lateral Cable segment length of this upright bar both sides is adjustable.But the concrete operations mode of this upright bar can also have others
Mode, such as need by adjusting multiple connectors can realize the unilateral lateral drag-line of drag-line section clamping or release, can be simultaneously
The lateral Cable Duan Houzai for discharging drag-line section both sides carries out drag-line segment length adjustment etc., realization principle and specific side provided above
Substantial identical of case, therefore do not do more explanations here.
To sum up, the upright bar that this programme provides cannot be only used for realizing the fixation of lateral drag-line, and in lateral drag-line by photovoltaic
In the case of device gravitational load, it can be adjusted by the adjustment of lateral drag-line overall length between two upright bars of realization of simple tool with reaching
The purpose of photovoltaic panel mounted angle is especially in whole photovoltaic device.
Further technical solution is：
It is additionally provided with drag-line slot on the pressure plate or/and upright bar ontology；
When the drag-line slot is located on pressure plate, the drag-line slot is located on pressure plate for connecting with upright bar ontology
On face, and the drag-line slot constitutes the edge in the gap；
When the drag-line slot is located on upright bar ontology, the drag-line slot is located on upright bar ontology for connecting with pressure plate
Face on, and the drag-line slot constitutes the edge in the gap.Using this programme, in adjusting connector so that the gap becomes larger
When, the anti-offset constraint of lateral drag-line can be realized by the cell wall of drag-line slot, in this way, may make that drag-line section is sagging to lateral drag-line
Rope section between section is located at the specific direction of centre bore, in this way, facilitating curvature local on the lateral drag-line of control etc. so that horizontal
Ideal tensile property is integrally kept to drag-line.
As noted previously, as pressure plate can only play pressuring action, pretends as a kind of optimization design, should not will press
Tight plate is arranged blocked up, it is contemplated that setting drag-line slot can influence the intensity or rigidity of pressure plate, be set as：The drag-line slot is located at
On upright bar ontology.Preferably, for so that the relative position when tilting drag-line section between pressure plate and upright bar ontology is not stuck up
The influence for the dynamics of rising, is set as：Support rim is additionally provided on upright bar ontology, boss supported above is as tilting drag-line section phase
The supporting point for answering tool applies active force to avoid corresponding tool during tilting to pressure plate.
So that the rope section between the lateral drag-line naturally drooped of drag-line section and both sides can be by drag-line slot about
Beam, the quantity of drag-line slot are two, and after the connection of both complete pressure plate and upright bar ontology, two drag-line slots and centre bore three
Person has following relative position relation：Centre bore is located between two drag-line slots, and one of drag-line slot is located at centre bore
Side, another drag-line slot is located at the other side of centre bore, and the relationship of the side and the other side is one group of opposite side.
As the specific implementation of connector, the connector is multiple, and the connector is connection bolt；
The connection bolt include for side clearance width where adjusting one of drag-line slot an at least bolt and
It include at least bolt for side clearance width where adjusting another drag-line slot.It, can be by by more using this programme
Bolt annular is distributed in the surrounding of centre bore, such as uses four bolts, is needing to remove lateral Cable section unilateral to drag-line section
Constraint when, by relax one or more bolts, it can be achieved that the unilateral lateral Cable section of drag-line section release.
The connector is multiple, and the connector includes articulated section and connection bolt；
The articulated section for realizing the articulated connection where one of drag-line slot between edge-on bar body and pressure plate,
Further include the fin being set on the inside of pressure plate, the fin is located at the side close to articulated section on pressure plate；
The side defined on pressure plate with the articulated connection of upright bar ontology is connecting side, on pressure plate with connecting side face one
Side is free side；
It is overturn as shaft using the articulated shaft on articulated section in the free side of pressure plate and is transported to the side far from upright bar ontology
Dynamic, so that when gap is opened, the spacing between fin and upright bar ontology becomes larger；In pressure plate free side with the hinge on articulated section
Spindle overturns for shaft and is moved to close to the side of upright bar ontology, so that when gap turn narrow, between fin and upright bar ontology
Spacing become smaller.This programme is a kind of scheme that can realize that lateral drag-line is fixed in gap or discharges：Such as lateral drag-line one
Side is drawn by articulated section, and the other side is drawn by the free side of pressure plate, after the bolt of fastening pressure plate free side, you can is realized
Clamping to two funiculus lateralis section of drag-line section, during relaxing pressure plate free side bolt, pressure plate can be in the bullet of lateral drag-line
It is overturn under power or around articulated section under other external force, since to gap, homonymy width increase is not different during this, according to bolt
Absent-mindedness amount, when pressure plate free side loses to lateral drag-line chuck(ing) capacity, the side where articulated section still can be real
The now clamping of lateral drag-line, therefore the length of still adjustable drag-line section.The upright bar that this programme is formed especially suitable for multiple upright bars
In group, as the upright bar of end to constrain the end of lateral drag-line.
As the specific implementation of upright bar, the upright bar ontology is door frame like structure, along the width side of upright bar ontology
To being disposed with multiple pressure plates on upright bar ontology.This programme is used cooperatively for adapting to general more of lateral drag-line, i.e., different pressures
Tight plate is respectively used to constrain different lateral drag-lines；Meanwhile specific upright bar form makes each lateral drag-line not need an a pair
Independent upright bar is answered, in this way, the upright bar that this scheme provides after upright bar is connect with ground base, there is better tension to stablize
Property.
Photovoltaic device mounting surface is formed by by lateral drag-line in the prior art for adaptation and is generally inclined-plane, multiple compressions
Plate is located at different height, and along the width direction of upright bar ontology, the height of pressure plate is incremented by successively or successively decreases successively.
The invention has the advantages that：
The upright bar that this programme provides cannot be only used for realizing the fixation of lateral drag-line, and in lateral drag-line by photovoltaic device weight
It, can be by the adjustment of lateral drag-line overall length between two upright bars of realization of simple tool to reach adjustment photovoltaic in the case of power load
The purpose of photovoltaic panel mounted angle is especially in device.
Description of the drawings
Fig. 1 is the structural representation of upright bar one specific embodiment of the present invention for photovoltaic device built on stilts installation
Figure；
Fig. 2 is the partial enlarged view of B portions shown in Fig. 1；
Fig. 3 is the partial enlarged view of A portions shown in Fig. 1；
Fig. 4 is the partial schematic diagram of the upright bar ontologies of A portions shown in Fig. 1；
Fig. 5 is that the upright bar one of the present invention for photovoltaic device built on stilts installation realizes pressure by articulated section and screw
The structural schematic diagram for the specific embodiment that tight plate is connect with upright bar ontology.
Reference numeral in figure is followed successively by：1, lateral drag-line, 11, drag-line section, 2, upright bar ontology, 21, centre bore, 22, pressure
Tight plate, 23, drag-line slot, 24, fin, 25, articulated section.
Specific implementation mode
With reference to embodiment, the present invention is described in further detail, but the present invention structure be not limited only to it is following
Embodiment.
Embodiment 1：
As shown in Figures 1 to 5, it is used for the upright bar of photovoltaic device built on stilts installation, including upright bar ontology 2 further includes and upright bar
2 side of ontology is connected or the pressure plate 22 that is connected with 2 top surface of upright bar ontology, and centre bore 21 is provided on the pressure plate 22, and also
Include for realizing the connector connected between pressure plate 22 and upright bar ontology 2, and with upper connector can control pressure plate 22 with
Gap width between upright bar ontology 2；
After the connection for completing both pressure plate 22 and upright bar ontology 2, one of described centre bore 21 aperture is located at
The inside of pressure plate 22, another aperture are located at the outside of pressure plate 22；
The connector is multiple, and multiple connectors are circular layout around centre bore 21, and by operating the connector,
It may make the of different size of the gap different direction.
The upright bar that this programme provides when in use, by the way that the lower end of more upright bars to be fixed in earth's surface, can be stood at more
Lateral drag-line 1 is set up between bar, the above transverse direction drag-line 1 is carried by lateral drag-line 1 for photovoltaic device for installing photovoltaic device
For mounting surface.
This programme, the gap between pressure plate 22 and upright bar ontology 2 are the position in upright bar for installing lateral drag-line 1
It sets：By adjusting connector, during realizing the above gap width adjustment, realize connector to the clamping of lateral drag-line 1 or
Lose constraint.
When being located at the upright bar in more upright bar centre positions during the upright bar that this programme provides is as more upright bars, due to existing
Single transverse direction drag-line 1 is general longer in technology, and one end is fixed in more upright bars in the wherein upright bar of one end, then successively
The other end is connected in the upright bar of the more upright bar other ends after being connect with upright bar in an intermediate position.For centrally located
Upright bar, in the prior art generally in upright bar setting as realized that lateral drag-line 1 connects with the fixed of upright bar for the fixture of U-shaped card hoop
It connects, or the hole that setting is passed through for lateral drag-line 1 only in upright bar, is passed through in lateral drag-line 1 and the hole.
The technical solution that lateral drag-line 1 constrains is completed for arrangement above fixture and providing holes, in lateral drag-line 1 because of gas
Time variation occurs after stretching, can not the lateral progress of drag-line 1 between two upright bars especially in the case where carrying photovoltaic device
Sag is easily adjusted to correct the mounted angle of photovoltaic device.
When in use, lateral drag-line 1 is held in the gap this programme, and the local rope Duan Youzhong of lateral drag-line 1
The Inside To Outside in heart hole 21 is drawn, and to obtain a drag-line section 11 annular in shape in the outside of pressure plate 22, then passes through operation
Connector so that the 1 rope Duan Jun of lateral drag-line of 11 both sides of drag-line section is held in the gap and two rope sections are located at centre bore
21 different direction.In this way, can be used for adapting to by the length for the drag-line section 11 drawn in centre bore 21 above：According to this upright bar institute
The length of lateral drag-line 1 between use environment and corresponding two upright bars, the maximum collapse of the drag-line lateral in cold environments 1 of anticipation
Amount, and when lateral drag-line 1 is extended because of thermally expanding, it can also be realized to upright bar both sides by operating the drag-line section 11
The adjustment of 1 suspended length of lateral drag-line：After season is different or seasonal variations, expand with heat and contract with cold influence in lateral drag-line 1
When photovoltaic device mounted angle, can be played using crowbar etc. leverage tool be inserted into the drag-line section 11 with facilitate for
Change 11 length of drag-line section or stablize the length applied force, such as needs lateral drag-line 1 length hanging to 11 left side of drag-line section
It is adjusted, then by adjusting the connector of influence 11 left side gap width of drag-line section so that pressure plate 22 is left to drag-line section 11
The previously clamped 1 rope section chucking power of lateral drag-line in side reduces, and then operates crowbar again so that the rope section quilt in 11 left side of drag-line section
It draws centre bore 21 and increases the length of drag-line section 11 or so that previous drag-line section 11 is discharged to the left to shorten drag-line section 11
Length, after increasing by 11 length of drag-line section, corresponding hanging 1 rope segment length of lateral drag-line reduces, and is grown reducing drag-line section 11
After degree, corresponding hanging 1 rope segment length of lateral drag-line increases, after completing above-mentioned adjustment, then by adjusting connector so that new to draw
The 1 rope Duan Jun of lateral drag-line of 11 both sides of rope section is clamped in the gap, is inclined at this point, having reached the installation of adjustment photovoltaic device
The purpose at angle.As those skilled in the art, a kind of this upright bar of operation is provided only above to realize 1 hanging segment length of lateral drag-line
The concrete scheme for spending adjustment is relaxed before adjustment when needing the 1 hanging section of lateral drag-line adjusted to be located at drag-line 11 right side of section
The clamped 1 rope section of lateral drag-line in 11 right side of drag-line section；I.e. according to specific adjustment needs, the outstanding of this upright bar both sides may make
Empty 1 rope segment length of lateral drag-line is adjustable.But the concrete operations mode of this upright bar can also have other modes, such as need logical
It crosses and adjusts multiple connectors and can realize the clamping of the unilateral lateral drag-line of drag-line section 11 1 or release, drag-line section can be discharged simultaneously
The 1 rope Duan Houzai of lateral drag-line of 11 both sides carries out 11 length adjustment of drag-line section etc., and realization principle is real with concrete scheme provided above
It is identical in matter, therefore do not do more explanations here.
To sum up, the upright bar that this programme provides cannot be only used for realizing the fixation of lateral drag-line 1, and in 1 light of lateral drag-line
It, can be by the adjustment of 1 overall length of lateral drag-line between two upright bars of realization of simple tool to reach in the case of lying prostrate device gravitational load
To the purpose for being especially photovoltaic panel mounted angle in adjustment photovoltaic device.
Embodiment 2：
As shown in Figures 1 to 5, the present embodiment is further qualified on the basis of embodiment 1：The pressure plate 22 or/
With drag-line slot 23 is additionally provided on upright bar ontology 2；
When the drag-line slot 23 is located on pressure plate 22, the drag-line slot 23, which is located on pressure plate 22, to be used for and upright bar sheet
On the face that body 2 connects, and the drag-line slot 23 constitutes the edge in the gap；
When the drag-line slot 23 is located on upright bar ontology 2, the drag-line slot 23, which is located on upright bar ontology 2, to be used for and compression
On the face that plate 22 connects, and the drag-line slot 23 constitutes the edge in the gap.Using this programme, in adjusting connector so that institute
When stating gap and becoming larger, the anti-offset constraint of lateral drag-line 1 can be realized by the cell wall of drag-line slot 23, in this way, may make drag-line section
11 are located at the specific direction of centre bore 21 to the rope section between 1 drooping section of lateral drag-line, in this way, facilitating on control transverse direction drag-line 1
Curvature of part etc. keeps ideal tensile property so that lateral drag-line 1 is whole.
As noted previously, as pressure plate 22 can only play pressuring action, pretend as a kind of optimization design, it should not will
Pressure plate 22 is arranged blocked up, it is contemplated that setting drag-line slot 23 can influence the intensity or rigidity of pressure plate 22, be set as：The drawing
Rope slot 23 is located on upright bar ontology 2.
So that the rope section between the lateral drag-line 1 naturally drooped of drag-line section 11 and both sides can be by drag-line slot
The quantity of 23 constraints, drag-line slot 23 is two, and after the connection of 2 the two of complete pressure plate 22 and upright bar ontology, two drag-line slots
23 have following relative position relation with 21 three of centre bore：Centre bore 21 is located between two drag-line slots 23, one of them
Drag-line slot 23 is located at the side of centre bore 21, another drag-line slot 23 is located at the other side of centre bore 21, and the side with it is another
The relationship of side is one group of opposite side.
As the specific implementation of connector, the connector is multiple, and the connector is connection bolt；
The connection bolt includes at least bolt for adjusting 23 place side clearance width of one of drag-line slot
And include an at least bolt for adjusting another 23 place side clearance width of drag-line slot.Using this programme, can pass through by
More bolt annulars are distributed in the surrounding of centre bore 21, such as use four bolts, are needing to remove to 11 unilateral side of drag-line section laterally
When the constraint of 1 rope section of drag-line, by absent-mindedness one or more bolts, it can be achieved that the unilateral lateral 1 rope section of drag-line of drag-line section 11 is released
It puts.
The connector is multiple, and the connector includes articulated section 25 and connection bolt；
The articulated section 25 is for realizing the hinge where one of drag-line slot 23 between edge-on bar body 2 and pressure plate 22
It connects in succession, further includes the fin 24 for being set to 22 inside of pressure plate, the fin 24 is located on pressure plate 22 close to articulated section 25
Side；
It is connecting side to define the side being articulated and connected with upright bar ontology 2 on pressure plate 22, on pressure plate 22 just with connecting side
To side be free side；
It is overturn as shaft using the articulated shaft on articulated section 25 in the free side of pressure plate 22 and to one far from upright bar ontology 2
Side moves, so that when gap is opened, the spacing between fin 24 and upright bar ontology 2 becomes larger；In 22 free side of pressure plate to cut with scissors
Articulated shaft in socket part 25 overturns for shaft and is moved to close to the side of upright bar ontology 2, so that when gap turn narrow, fin 24
Spacing between upright bar ontology 2 becomes smaller.This programme is a kind of side that can realize that lateral drag-line 1 is fixed in gap or discharges
Case：If 1 side of lateral drag-line is drawn by articulated section 25, the other side is drawn by the free side of pressure plate 22, in fastening pressure plate 22
After the bolt of free side, you can the clamping to 11 liang of funiculus lateralis sections of drag-line section is realized, in the mistake of absent-mindedness 22 free side bolt of pressure plate
Cheng Zhong, pressure plate 22 can be overturn under the elastic force of lateral drag-line 1 or under other external force around articulated section 25, between during this pairs
Homonymy width increase is not different for gap, according to the absent-mindedness amount of bolt, is lost in 22 free side of pressure plate and clamps energy to lateral drag-line 1
When power, the side where articulated section 25 still can realize the clamping of lateral drag-line 1, therefore still can adjust the length of drag-line section 11
Degree.In the upright bar group that this programme is formed especially suitable for multiple upright bars, as the upright bar of end to constrain the end of lateral drag-line 1
Portion.
As the specific implementation of upright bar, the upright bar ontology 2 is door frame like structure, along the width of upright bar ontology 2
Direction is disposed with multiple pressure plates 22 on upright bar ontology 2.This programme is used cooperatively for adapting to general more of lateral drag-line 1, i.e.,
Different pressure plates 22 are respectively used to constrain different lateral drag-lines 1；Meanwhile specific upright bar form makes each lateral drag-line 1 not
It needs to correspond independent upright bar, in this way, the upright bar that this scheme provides after upright bar is connect with ground base, has preferably
Tension stability.
Photovoltaic device mounting surface is formed by by lateral drag-line 1 in the prior art for adaptation and is generally inclined-plane, multiple pressures
Tight plate 22 is located at different height, and along the width direction of upright bar ontology 2, the height of pressure plate 22 is incremented by successively or passs successively
Subtract.
The above content is combine specific preferred embodiment to the further description of the invention made, and it cannot be said that originally
The specific implementation mode of invention is confined to these explanations.For those of ordinary skill in the art to which the present invention belongs,
The other embodiment obtained in the case where not departing from technical scheme of the present invention should be included in the protection domain of corresponding invention.
Claims (8)
1. for the upright bar of photovoltaic device built on stilts installation, including upright bar ontology (2), which is characterized in that further include and upright bar ontology
(2) side is connected or the pressure plate (22) that is connected with upright bar ontology (2) top surface, and centre bore is provided on the pressure plate (22)
(21), further include for realizing the connector connected between pressure plate (22) and upright bar ontology (2), and it is controllable with upper connector
Gap width between pressure plate (22) and upright bar ontology (2)；
After the connection for completing both pressure plate (22) and upright bar ontology (2), one of described centre bore (21) aperture position
Inside in pressure plate (22), another aperture are located at the outside of pressure plate (22)；
The connector is multiple, and multiple connectors are circular layout around centre bore (21), and by operating the connector, can
So that the gap different direction is of different size.
2. the upright bar according to claim 1 for photovoltaic device built on stilts installation, which is characterized in that the pressure plate (22)
Or/and drag-line slot (23) is additionally provided on upright bar ontology (2)；
When the drag-line slot (23) is located on pressure plate (22), the drag-line slot (23) be located on pressure plate (22) for it is vertical
On the face that bar body (2) connects, and the drag-line slot (23) constitutes the edge in the gap；
When the drag-line slot (23) is located on upright bar ontology (2), the drag-line slot (23) be located on upright bar ontology (2) for
On the face that pressure plate (22) connects, and the drag-line slot (23) constitutes the edge in the gap.
3. the upright bar according to claim 2 for photovoltaic device built on stilts installation, which is characterized in that the drag-line slot (23)
On upright bar ontology (2).
4. the upright bar according to claim 3 for photovoltaic device built on stilts installation, which is characterized in that the number of drag-line slot (23)
Amount is two, and after the connection of complete pressure plate (22) and upright bar ontology (2) the two, two drag-line slots (23) and centre bore (21)
Three has following relative position relation：Centre bore (21) is located between two drag-line slots (23), one of drag-line slot
(23) be located at the side of centre bore (21), another drag-line slot (23) is located at the other side of centre bore (21), and the side and
The relationship of the other side is one group of opposite side.
5. the upright bar according to claim 4 for photovoltaic device built on stilts installation, which is characterized in that the connector is more
It is a, and the connector is connection bolt；
The connection bolt include for side clearance width where adjusting one of drag-line slot (23) an at least bolt and
Include an at least bolt for side clearance width where being used to adjust another drag-line slot (23).
6. the upright bar according to claim 4 for photovoltaic device built on stilts installation, which is characterized in that the connector is more
It is a, and the connector includes articulated section (25) and connection bolt；
The articulated section (25) is for realizing between the edge-on bar body (2) in one of drag-line slot (23) place and pressure plate (22)
Articulated connection, further include the fin (24) being set on the inside of pressure plate (22), the fin (24) is located on pressure plate (22)
Side close to articulated section (25)；
It is connecting side to define on pressure plate (22) with the side of upright bar ontology (2) articulated connection, on pressure plate with connecting side face
Side be free side；
It is overturn as shaft using the articulated shaft on articulated section (25) in the free side of pressure plate (22) and to far from upright bar ontology (2)
Side moves, so that when gap is opened, the spacing between fin (24) and upright bar ontology (2) becomes larger；Pressure plate (22) from
It is overturn as shaft using the articulated shaft on articulated section (25) from side and is moved to the side close to upright bar ontology (2), so that gap
When narrowing, the spacing between fin (24) and upright bar ontology (2) becomes smaller.
7. the upright bar according to claim 1 for photovoltaic device built on stilts installation, which is characterized in that the upright bar ontology
(2) it is that door frame like structure is disposed with multiple pressure plates (22) along the width direction of upright bar ontology (2) on upright bar ontology (2).
8. the upright bar according to claim 7 for photovoltaic device built on stilts installation, which is characterized in that multiple pressure plates (22)
Positioned at different height, and along the width direction of upright bar ontology (2), the height of pressure plate (22) is incremented by successively or successively decreases successively.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810398654.2A CN108631703A (en) | 2018-04-28 | 2018-04-28 | Upright bar for photovoltaic device built on stilts installation |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810398654.2A CN108631703A (en) | 2018-04-28 | 2018-04-28 | Upright bar for photovoltaic device built on stilts installation |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108631703A true CN108631703A (en) | 2018-10-09 |
Family
ID=63694881
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810398654.2A Pending CN108631703A (en) | 2018-04-28 | 2018-04-28 | Upright bar for photovoltaic device built on stilts installation |
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| CN (1) | CN108631703A (en) |
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| WO1997004247A1 (en) * | 1995-07-22 | 1997-02-06 | Neil Blair | Securement device and method |
| CN2419417Y (en) * | 1999-12-29 | 2001-02-14 | 布鲁克（成都）工程有限公司 | Cross cramp for steel wire |
| CN200989017Y (en) * | 2006-09-30 | 2007-12-12 | 丰艺国际有限公司 | Multi directional rope connection apparatus |
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Application publication date: 20181009 |
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